- Wider operating window keeps production running during low solar/wind voltage output, reducing downtime and lost capacity
- Fast demand-following ramps up during curtailment and low-price windows to convert otherwise wasted power into hydrogen
- Lower cell voltage across operating points reduces electricity per kg, driven by catalyst activity and lower overpotentials
- Improved bubble detachment, higher active surface area, and better gas transport reduce losses
- Higher current density produces more hydrogen per electrode, reducing required electrode area and cell count for same output
- Proprietary materials, fast electroplating, and design-for-assembly reduce material cost, fabrication time, and factory capex
